One sentence in:
"I want to build a parking sensor on my Arduino Uno that beeps faster as something gets closer"
Out came an Uno, an HC-SR04, a passive buzzer, a breadboard, jumpers and a cable. All in stock. The code compiles clean.
It's on the bench now, beeping faster as my hand gets closer.
@Prajval2030 Ours: a neon tunnel on a 2.8 inch TFT that pulses on every beat, locked to a 128 BPM clock, from a one-line prompt. Runner-up is a little solar system with the planets orbiting the sun on the same kind of screen.
@nwite_eken69454@HavilahAcademy Nice first system. Two things make it feel solid: average 3 to 5 HC-SR04 readings before deciding someone's there, since single pings jump around. And power the servo from a separate 5V supply with a shared ground, so the Uno doesn't reset when the door moves.
@thefofoshow Great build. For the servo-driven solar panels, give the servos their own 5V supply and tie the grounds together. Servo current spikes on the same rail are a classic cause of S3 resets and touchscreen glitches. A 1000µF cap near the servos helps too.
@BalachandarGan7@KritishBuilds@compodenelec The prompts and parts will generally work for boards @compodenelec has in stock. It’s made for items we can ship to customers! So it’ll go tonyNav using the boards we have in stock only!
Vibe build yours at https://t.co/73tJYD8pYP! First build is free and no longer term subscription or downloads needed, working directly from your browser!
Go give it a try, go go go!
Our office has cctv now. One esp32-cam, one line typed into soldr, flashed straight from the browser. No ide, no unknown libraries or multiple repos to download.
Took a grand total of 14 minutes to get this to work with parts in stock with us!
AI for hardware is now here!
One sentence in:
"I want to build a parking sensor on my Arduino Uno that beeps faster as something gets closer"
Out came an Uno, an HC-SR04, a passive buzzer, a breadboard, jumpers and a cable. All in stock. The code compiles clean.
It's on the bench now, beeping faster as my hand gets closer.
Hardware is the new software, except it arrives at your door.
Describe it, buy all the parts in one click, delivered across India.
https://t.co/73tJYD7S9h #vibehardware
Final year project due and never written C++?
Describe it in one line. Parts, wiring, code that compiles. Build it this weekend.
https://t.co/73tJYD8pYP #vibehardware#ESP32
No coding. No datasheets. One prompt:
"I want to build a parking sensor that beeps when I'm close."
The exact parts, the wiring pin by pin, a full schematic.
https://t.co/73tJYD8pYP #vibehardware
Your AI wrote Arduino code. It compiled. Nothing happened.
Usually it's the pins. In Soldr the wiring and the code come from the same parts list.
https://t.co/73tJYD8pYP #vibehardware
Vibe coding got us apps. Vibe hardware gets you things you can hold. One sentence → parts, wiring, code that compiles.
https://t.co/73tJYD7S9h #vibehardware#ESP32
@aditya_ng_5@copperpilot_ai Mapping parts after the schematic is done is the painful order. Pick from the assembler's stock while you draw and the BOM stays orderable. Also check basic vs extended parts before swapping, because extended parts add a setup fee each and that wrecks small-batch quotes.
@AmalChandra97@Alacritic_Super@JJEnglert You don't need Muse for this. That ESP32 with a screen can run your own firmware and do the AI calls over Wi-Fi. Soldr can write that firmware and flash it from the browser, no toolchain setup.
@Opeyemisioluwa Wokwi to breadboard is the right move. What the sim hides: loose jumpers, missing common ground, and 5V vs 3.3V logic. Soldr takes the same idea and gives you the parts list and wiring for the real build.
@murdaruss The second one is where it gets fun. Easy first build: DHT22 plus a 0.96" OLED as a desk weather display. OLED on I2C, DHT22 on one GPIO. Tell Soldr the idea and it gives you the parts, wiring and firmware.
@Jack_FluxAI ESP32s are hard to truly brick. Hold BOOT, tap EN, and it drops into the ROM bootloader so you can reflash. Soldr flashes firmware straight from the browser if you want to skip the toolchain next time.